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99449 EFFECT OF COLD WORK AND PROCESSING ORIENTATION ON THE SCC BEHAVIOR OF ALLOY 600

Picture for 99449 EFFECT OF COLD WORK AND PROCESSING
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Product Number: 51300-99449-SG
ISBN: 99449 1999 CP
Author: W.C. Moshierand, C.M. Brown
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Cold work accelerates SCC growth rates in Alloy 600. A study was performed to systematically evaluate the effect of cold work on Alloy 600 as a function of temperature, amount of cold work, stress intensity factor, and processing orientation.Crack growth rates were determined between 252 and 360°C, stress intensity factors between 21 and 55 MPa/m, and yield strengths between 201 and 827 MPa. The material with the highest yield strength was coldrolled and tested in the longitudinal-transverse (LT ) and short-transverse (ST) orientations. Crack growth rates were a strong function of the processing orientation in cold rolled plate, with growth rates being approximately an order of magnitude greater in the ST orientation compared to the LT orientation.Crack growth rates in the LT orientation were measured between... Keywords:stress corrosion cracking, Alloy600, coldwork, orientation
Cold work accelerates SCC growth rates in Alloy 600. A study was performed to systematically evaluate the effect of cold work on Alloy 600 as a function of temperature, amount of cold work, stress intensity factor, and processing orientation.Crack growth rates were determined between 252 and 360°C, stress intensity factors between 21 and 55 MPa/m, and yield strengths between 201 and 827 MPa. The material with the highest yield strength was coldrolled and tested in the longitudinal-transverse (LT ) and short-transverse (ST) orientations. Crack growth rates were a strong function of the processing orientation in cold rolled plate, with growth rates being approximately an order of magnitude greater in the ST orientation compared to the LT orientation.Crack growth rates in the LT orientation were measured between... Keywords:stress corrosion cracking, Alloy600, coldwork, orientation
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